Originally posted by Su-tehp:
Joe, there's a problem with your map. From the way it looks, the jump nodes seem like they are outside their respective solar systems. Although it's a fun idea, a gravitational "intersection" in interstellar space (the space between star systems) is NOT where nodes form; all the nodes in FS1 and 2 have only been seen to form INSIDE a solar system, namely within a few Astronomical Units(AU) of a particular star. (1 AU = distance from the Sun to Earth's orbit, BTW)
Your map seems like these nodes would appear several light-years away from a star, making it useless to jump ships. Subspace jump technology only works for jumping within a solar system or from one solar system to another, NOT into the vast space BETWEEN solar systems.
Jump nodes only form near stars, even in the case of the FS2 nebula; you can see a star in some of the nebula missions. I've never heard of a node that forms in the space outside of a solar system. 
Like I said, crazy idea.
It's not based on our 3D geometry (x,y,z), but on some other geometry (like something Shivans would understand with their vast understanding of subspace). It's not representing physical node locations, but some idea like why stars are node-linked to other stars (like stable spots where their "spheres" overlap).
Originally posted by venom2506:
well, dunno for that, you're probably right.
My little nitpick is way more... mmh... logical: you use circles. A gravit. field would be more or less spheric (I know, it's niot at all, just need to look at earth one, with the moon, one, it looks like a mutant bean). So you won't end up having "dots", but complete lines: the idea could be cool tho: instead of a subspace node, you would have a subspace rift.
Well, I've only got Photoshop... 2D program.

So I'm using circles as 2D representation of spheres. And with two spheres intersecting, there would be a circle of where the intersect, right? Well I guess within that circle of intersection, one spot would form a stable node (and all the other points along that circle would be unstable nodes between the two stars).
Like I said, I just thought it up and whipped together the graphic...
But the idea is to look at the node map not from our geometry of x,y,z space, but of something else.
Joe.
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